在建筑物内使用高效的公用设施以节省能源的研究

Balakrishna Nallamothu, C. Selvam, K. Srinivas, S. Prabhakaran
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引用次数: 5

摘要

21世纪以来,由于印度经济的增长和GDP的稳步上升,印度的能源消耗率有所上升。能源需求的增加是由于新的电子产品的发展,以改善生活方式。印度住宅建筑的能耗约占总能耗的40%。在这个领域,只要付出最小的努力,就有30%到40%的节能机会。印度制定了《节能建筑规范》(ECBC),在建筑中采用节能方法。在本文中,我们通过一个实时的两室建筑模型,展示了高效公用事业与传统建筑相比的节能效果。在一栋建筑中有两个相同的房间,其中一个房间配备了高效的公用设施,而另一个房间则配备了相同容量的传统公用设施。除此之外,节能房间还实施了定时控制机制,以实现自动化,并进一步增加节能。调查结果表明,高效室内照明系统的视觉舒适度提高了25%,节电57%。此外,还观察到,通过使用高效风扇节省了18%的能源。有了高效的照明、风扇和空调系统,整个房间的能源效率提高了25%。未来将结合可再生能源和先进的控制策略,使建筑成为净零能耗和绿色建筑。
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Study on energy savings by using efficient utilites in buildings
India's Energy consumption rate has increased in 21st century due to its economic growth and steady rise in GDP. The energy demand is increased due to evolution of new electronic gadgets to improve the life style. India's Energy consumption in residential buildings is about 40 percent of total. There is a 30 to 40 percent of energy saving opportunities existing in this sector with minimum efforts. India framed Energy Conservation Building Code (ECBC) to adopt energy conservation methods in buildings. In this paper, we demonstrate the energy savings with efficient utilities compared to conventional ones through a real time two room building model. Two identical rooms in a building have been considered in which one is equipped with highly efficient utilities whereas the other room with conventional utilities of same capacity. In addition to that, the scheduled controlling mechanism is also implemented in energy efficient room to automate as well as to increase the energy savings further. From the investigations, it is concluded that the visual comfort has been increased by 25 percent and power savings by 57 percent in lighting system of efficient room. Further, it is also observed that 18 percent of energy is saved by using efficient fans. With efficient lighting, fans and air conditioning systems, overall room energy efficiency has been improved by 25 percent. In future, renewable energy sources and advance control strategies will be incorporated to make building net zero energy and green buildings.
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